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Paper Details

Shared Mechanisms Govern HIV Transcriptional Suppression in Circulating CD103[+] and Gut CD4[+] T Cells.
J Virol
5
2020
CD103, CD103+, CD103+ CD4+ T cells, CD103+ T cells, CD103- CD4 T cells, CD103- cells, CD4, CD4 T, CD4+, CD4+ T cells, Circulating CD103+, Circulating CD103+ and, Circulating CD103+ cells, Gut CD4+ T Cells, HIV, HIV DNA, HIV RNA, HIV RNA/DNA, HIV-infected cells, TGF-, Transforming growth factor, blood CD103, blood CD103+ CD4 T cells, cellular genes, circulating CD103+ T cells, circulating CD103+ cells, circulating CD103- T cells, circulating CD103- cells, gut, gut CD4, gut CD4 T cells, gut CD4+, gut CD4+ T cells, ribosomal proteins, tissue-resident memory T cells
Author NameAffiliation
Alexander R PicoGladstone Institutes
Alexander R PicoGladstone Institutes
Gregory M Laird
Robert F SilicianoJohns Hopkins University School of Medicine
Robert F SilicianoHoward Hughes Medical Institute
Nadia R RoanGladstone Institutes
Nadia R RoanUniversity of California san francisco
Steven G DeeksUniversity of California san francisco
Steven G DeeksUniversity of California san francisco
Peter W HuntUniversity of California san francisco
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Release 1.2